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Our mission is focused on revolutionizing surface inspection and metrology through innovations in high-resolution tactile imaging technology.
GelSight digitizes human touch
Our mission is focused on revolutionizing surface inspection and metrology through innovations in high-resolution tactile imaging technology.
Elastomeric Platform
At the heart of GelSight’s digital touch technology is our proprietary elastomeric platform. It creates a soft, high-resolution, tactile sensor that conforms like human skin to the shape of an object on contact, precisely capturing the topography of the surface.
Digital Touch
Data captured by our elastomeric tactile sensing platform is instantly analyzed in our proprietary operating system to provide detailed, 3D information on surface features, regardless of lighting or material reflectivity. The result is accurate surface characterization thanks to GelSight’s Digital Touch technology.
Integration with the Manufacturing Data Ecosystem
GelSight focused on building intelligence into local devices
- Automated defect detection
- Proprietary tactile model training database
Provides visibility into manufacturing parameters that cannot be inspected in-line today (eg. Surface Roughness)
Mobile 3D Surface Characterization
Precise
Lab-grade performance in the palm of your hand
Fast
Real-time surface analysis enables rapid decisions
Repeatable
Reduces human error
Traceable
Enables documentation and audit trail
Versatile
Enables measurements on any material, under any lighting, in any location
Why GelSight
Strong intellectual property foundation – 100+ patents filed/granted
Image-based tactile sensor – power of tactile and computer vision combined
Modular design – multiple form-factors with similar underlying mechanics
Super High resolution – sub-μm accuracy
Numerous Gel formulations — designed for different use scenarios
Surface agnostic — solid, transparent, textured
GelSight Gives You Superhuman Vision Down to One Micron
For comparison, a micrometer, commonly known as a micron, is one-millionth of a meter, one-thousandth of a millimeter, or 1,000 nanometers. A strand of human hair is about 100 microns wide, and a red blood cell is approximately 8 microns in diameter. GelSight products provide objective, repeatable, high-resolution scan data that detects defects such as scratches, corrosion, and edge wear with micron-level accuracy.
